The XLDsl Dilution Refrigerator Measurement System is a cryogenic dilution refrigerator designed for research and quantum computing applications, providing a stable cryogenic environment at milli-Kelvin levels to operate superconducting qubits, while integrating precise measurement capabilities for experiments and the development of quantum technology.

The Bluefors SD Dilution Refrigerator Measurement System provides a stable cryogenic milli-Kelvin environment for quantum computing research, supporting superconducting qubits and quantum measurements with high accuracy.

The Ultra-Compact LD helium dilution refrigerator system from Bluefors is a high-end integrated cryogenic solution, allowing for temperatures down to milli-Kelvin in a super compact design. The device combines a cryostat, measurement system, and control infrastructure in a synchronized platform, optimized for low-temperature physics research, quantum computing, and experiments requiring extremely high stability in confined spaces.

Bluefors LH is a horizontal dilution refrigerator system, providing a stable milli-Kelvin temperature environment for cryogenic measurement applications and quantum research. The design supports operation at various angles, suitable for cryogenic detectors, beamlines, quantum optics, and ultra-low temperature experiments requiring high stability.

Bluefors XLDHehp is a high cooling power 1K cryogenic system, providing a stable low temperature environment for quantum applications and high-performance cryogenic measurements. The system supports large heat loads, high-density wiring, and low noise RF/DC measurements, suitable for spin qubits, cryogenic detectors, and ultra-low temperature research.

Bluefors XLDHesl is an integrated 1K side-loading cryogenic system that provides a stable low-temperature environment for quantum applications and high-performance cryogenic research. The side-loading design supports high-density wiring, flexible expansion, and quick replacement of measurement infrastructure for complex quantum experiments.

The 1K cryogenic measurement system using helium is designed for ultra-low temperature experiments in superconducting material research, quantum physics, and quantum devices. An optimal solution for modern R&D laboratories.

The 1K cryogenic measurement system using helium (SDHe), compact design for low temperature experiments in superconducting material research, quantum physics, and quantum technology. A flexible solution for modern R&D laboratories.

Cryogenic wafer testing system for quantum chips, allowing characterization of quantum devices and superconducting circuits at ultra-low temperatures, supporting research and development of quantum computing technology in a wafer-level environment.